必修

上課時討論上課指定用書

1. 使學生了解計算機架構、組織、及其設計（技能）
2. 能熟悉計算機設計之原理及應用（知識）
3. 能具備電腦從業人員之專業態度（態度）

一、課程簡介
1.課程目的、進度、評分方式
二、Digital Logic Circuits
1. Logic Gates
2. Map Simplification
3. Combinational Circuits
4. Flip-Flops
5. Sequential Circuits
三、Digital Components
1. Multiplexers
2. Registers
3. Shift Registers
4. Binary Counters
5. Memory Unit
四、Register Transfer and Microoperations
1. Register Transfer
2. Bus and Memory Transfers
3. Logic Microoperations
4. Shift Microoperations
5. Arithmetic Logic Shift Unit
五、Basic Computer Organization and Design
1. Computer Instructions
2. Timing and Control
3. Instruction Cycle
4. Input-Output and Interrupt
5. Complete Computer Description
6. Design of Basic Computer
7. Design of Accumulator Logic
六、Programming the Basic Computer
1. Assembly Language
2. The Assembler
3. Program Loops
4. Programming Arithmetic and Logic Operations
5. Subroutines
6. Input-Output Programming
七、Microprogrammed Control
1. Control Memory
2. Address Sequencing
3. Microprogram Example
4. Design of Control Unit

一、課程簡介
1.課程目的、進度、評分方式
二、Digital Logic Circuits
1. Logic Gates
2. Map Simplification
3. Combinational Circuits
4. Flip-Flops
5. Sequential Circuits
三、Digital Components
1. Multiplexers
2. Registers
3. Shift Registers
4. Binary Counters
5. Memory Unit
四、Register Transfer and Microoperations
1. Register Transfer
2. Bus and Memory Transfers
3. Logic Microoperations
4. Shift Microoperations
5. Arithmetic Logic Shift Unit
五、Basic Computer Organization and Design
1. Computer Instructions
2. Timing and Control
3. Instruction Cycle
4. Input-Output and Interrupt
5. Complete Computer Description
6. Design of Basic Computer
7. Design of Accumulator Logic
六、Programming the Basic Computer
1. Assembly Language
2. The Assembler
3. Program Loops
4. Programming Arithmetic and Logic Operations
5. Subroutines
6. Input-Output Programming
七、Microprogrammed Control
1. Control Memory
2. Address Sequencing
3. Microprogram Example
4. Design of Control Unit